Larynx
Different vibration frequencies of the vocal cords result in different sounds. This is essential for singers of all kinds. The vocal cords allow for musical sounds of the voice to be expressed.
Vibrato or tremolo
hook up two extension cords, the more cords, the more power.
yes, it is also called Larynx. the structure of muscle and cartilage at the upper end of the human trachea, containing the vocal cords and serving as the organ of voice.
It can be controlled by many things, but here are at least three: Length of the vocal cords. Thickness of the vocal cords. And stress on the vocal cords. That of course, it is the human body. If your talking about, say, a guitar amp, it's controlled by the little nob that says 'pitch' on it. -- J
your larynx or (voicebox)
The area of the throat that contains the vocal cords and produces vocal sounds is called the larynx. The vocal cords, also known as vocal folds, vibrate when air passes through them, producing sound. The larynx is often referred to as the voice box.
Vocal cords produce low-pitched sounds when they vibrate slowly.
Yes, giraffes have vocal cords and can make sounds.
No, not all vowel sounds are voiced. Vowel sounds can be either voiced or voiceless depending on the position of the vocal cords during articulation. Voiced vowel sounds are produced with vibration of the vocal cords, while voiceless vowel sounds are produced without vibration of the vocal cords.
Vibration that results in speech is a function of the vocal cords within the larynx. When air is pushed from the lungs through the vocal cords, they vibrate and create sound waves that form the basis of speech. The vibration frequency and how the vocal cords are manipulated determine the specific sounds produced.
Different vibration frequencies of the vocal cords result in different sounds. This is essential for singers of all kinds. The vocal cords allow for musical sounds of the voice to be expressed.
they vibrate..
Vocal cords.
Voiced sounds are speech sounds produced when the vocal cords vibrate during articulation. These sounds typically include consonants like /b/, /d/, and /g/, as well as vowels. In contrast to voiceless sounds, where the vocal cords remain open, voiced sounds create a buzzing quality due to the airflow passing through the vibrating vocal cords. This distinction is crucial in phonetics as it affects meaning and pronunciation in many languages.
The length and thickness of vocal cords significantly influence the pitch and quality of the sounds produced. Longer and thicker vocal cords typically generate lower-pitched sounds, as they vibrate more slowly. Conversely, shorter and thinner vocal cords produce higher-pitched sounds due to faster vibrations. Additionally, the tension and mass of the vocal cords can further modify the timbre and resonance of the voice.
Voice BoxvoiceboxThe vocal cords are contained within the Voice Box.